作者: C. Fontanesi , P. Baraldi , M. Marcaccio
DOI: 10.1016/S0166-1280(00)00863-0
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摘要: Abstract The dynamics of the dissociation benzyl chloride radical anion to a and was studied theoretically. To this end two different conformations were examined: one featuring 90° angle between Cl–C bond aromatic ring (conformation S), other with moiety lying coplanar E). potential-energy (PE) surface shows existence conical intersection when as function C–Cl length rotation around C(sp 2 )–C(sp 3 ) bond. Information on process obtained using dynamic reaction coordinate (DRC) algorithm for tracing paths. DRC method qualitative difference in mechanism conformers. lifetime conformation E depends amount kinetic energy assigned internal rotational mode motion, whereas that S does not.